Change Text Size
Email Columns Print page
Columns: The Online newspaper for the University of Georgia community
Show Index
October 20, 2014   Columns Articles | Inside UGA | $1.3M NSF grant to train future teachers of middle-grade…

$1.3M NSF grant to train future teachers of middle-grade math

Michael Childs

Public Relations Coordinator

Recent and archived articles by Michael Childs

Dean's Office
College of Education
Work: 706-542-5889
Email:
By Michael Childs | October 20, 2014
Share    

New research taking place at the College of Education examines how future mathematics teachers can develop flexible methods for solving problems in middle-grade mathematics.

Funded by a four-year, $1.3 million grant from the National Science Foundation, "Investigating Proportional Relationships from Two Perspectives," examines how future mathematics teachers make connections among multiplication and division, fractions, ratios and proportional relationships, linear functions and statistical samples.

By learning to solve mathematical problems in multiple ways, said Andrew Izsák, the grant's principal investigator, future teachers gain deeper knowledge of the content they teach and the flexibility to help diverse students learn mathematics. The project will look at ways the UGA students' understanding of certain concepts, such as ratios and proportional relationships, can build upon their understanding of multiplication and division. This "interconnected" knowledge can help both teachers and students remember what they learn.

"We're focusing on teacher cognition, and avenues for them to learn the content in ways that are successful for teaching," said Izsák, a professor in the College of Education's mathematics and science education department. "It's this kind of instructional approach that makes mathematics seem reasonable. You're starting with things that make sense to students."

This method also helps meet the ambitious goals set by mathematics curriculum standards for middle schools in the past 25 years.

"Strengthening middle school mathematics education is as urgent as any challenge facing STEM education in the United States," Izsák said. "Weak conceptual understanding of middle grades mathematics has been identified as a critical obstacle to students' readiness for college, especially community colleges."

The research team includes Sybilla Beckmann, a Meigs Professor of Mathematics, and Laine Bradshaw, an assistant professor in the educational psychology department with expertise in psychometrics (statistics for assessment).

Through a series of interviews with College of Education students, the researchers will learn how pre-service teachers deepen their understanding of content they will teach. Some of the information gathered related to teacher reasoning and learning will be used in future editions of Beckmann's textbook Mathematics for Elementary Teachers, which is used in teacher education courses around the nation.

 

More from this issue

FOR MORE ONLINE
Columns is produced by the University of Georgia | Division of Marketing & Communications | Feedback